Measuring or computing machine.



W. E. HOSCH, DEC'D.

A. M. HDSCH ADIMNESTRATRIX.

' MEASURlNG 0H COMPUTING MACHINE.

APPLICATION FILED 050.15, 1917. pate ed De 3 SHEETS SHEET I.

.Zizverp'br:

%$m M MEZZW W. E. HOSCH, DECD.

A. M. HOSCH, ADMINISTRATMX.

MEASURING 0R COMPUTING MACHINE.

APPLICATION FILED DEC-15' 1917- Patented 2,

3 SHEETS-$HEET 2. 44 I246. 9 \1 l mkriilfosck,

W. E. HOSCH. DECD.

A. m. ucscn. ADMINISTRATRIX.

MEASURING 0H COMPUTING MACHINF.

mwucnnou HLED 05c. I5. 19w.

21 igiii'iifiq indicating movement.

UNITED STATES "WALTEIL E. HOSCH, OF ST. LOUI$,

MXSSOURl; ANNIE X/IILE HUS-36H, .Z-ADI'IU'IQXSILLPLA'E Gil? SAID WALTER E. HOSOH, DECEASED, ASS GNQR TO THE ZMEASUBEGRAHA C8 OF ST. LOUIS, MISSDUIEJfA GOLR PORA'EiON OF MISSOURI.

measure.

Specification of Letters Intent Application filed Deeemhcr 15, 1917. Serial Ho. :2 2,229.

To all whom it mo concern:

Be it known that}, VVAL-rna E. Hosoi-r, a citizen of the United States, residing in the city of St. Louis and State of Missouri, have invented new and useful Improvements in Measuring or Computing; Machines, of which the following is a specification.

This invention relates to a HICRSU'LlH or computing machine the purposeof which is to indicate automatically the measurement or'cost of goods; while featur of my inveution may he applied to measuring or com-- puting machines of various types. in the present specification. for illustration, 1 have described the invention as applied'to a type of instrument used by salesmen. in selling piece goods of cloth, ribbon, laces or other materials.

The general object of the invention is ie produce a very simple and compact machine, having a relatively large measuring or computing capacity. In the type of nnichine described, a web is provided, driven by a measuring roller, and hearing numbers which cooperate with a fixed scale; and one of the objects .or' my invention is to provide a web in which the numbers are so condensed as to enable me to use a'relatively short web, at the same time enabling the ina chine to have arelatively great range in its 1 also novide very simple means for controlling the return of the indicating mechanism to its zero position after an indicating movement, and simple means for eflecting the arrest of the mous uring roller at the end of the indicating movement.

Further objects of the invention will ap pear hereinafter.

The invention consists in the general coinoination of parts and in the features to he described hereinafter. all of which contrily ute to produce an ellicient measuring or computing machine.

In the drawing: which fully illustrates a preferred embodiment of my invention.

Figure 1 is a plan of a complete machine of the tvoe referred to above;

Fig. 2 is a side elevation;

Fig. 3 is a longitudinal vertical socuou through the casing: of the instrument ahouiv on the line 33 of Fin. 1. the mechanism oi the instrument hein shown in elevation with certain parts omitted;

(J is a vertical cross section ihrough the casing of the instrument taken iLlJOllll on the line 1" i 01'. Fig. l, the mechanism of the instrument being shown in elevation;

Fig. 5 is a detail elevation of the nicchanism similar to that shown in Fig. i. but with the position oi certain parts indicated in dotted lines;

Fig. (i is a plan of the instrument with the cover removed Fig. T is a vertical croes section through the instriunent;

Fig". 8 is diagrammatic perspective of the indrentingweb.

Referring more particularly to the parts, the ins'izruniient comprises a casing l. of subetantially rectarugular form, comp sing an. upper housing, 2 and a lower houeniq 5;, he tween which a gap or throat 41; is io-rined to enable the cloth or other nmteflal to he passed through the machine. In the lower housing 3 there is rotatahly mounted a mean-- uring roller 5 for driving the indicyino; mechanism of the insiruineini. (loopera mg}; with the measuring roller there is pro Flo vided a pressenroller (i, (see Fig. 7) which carried by a rocker frame I"; This rocker frame may he latched in an elevated position by any suitable\niechanisni, not illustrated in detail. as the same "forms no part of the present inventioiu' filler the cloth is; passed heiwecn the roller 5 and (3 this rocker frame 7 may he unlatched hy pressing thumb lever T. and will then he pulled by its. spring: 8 so as to press the roller (S down onto the goods and hold the same firmly against the face of the ineasining roller. The thumb lover T acceesihle in a cavity in the .caeing. (See Fig. 2.)

.ln the upper housing 2 the ll'ullvifllllng mechanism of the instrument supported. For this purpose the upper side of the instrument provided with transparent platea 9 under which there is held a face plate 10 (see Fig. 7), said face plate being provided with a pairol elongated slots or windows ll and i2. and adjaceni; each window a fixed prire scale is provided. the scale l3 adjacent the window hearing lower numbers, and the scale 'l-l adj-(went the window ll hearing higher inunhers. 'iheeo numbers indicate prices per unit oi' measure of the goods. F r example. prices per yard. Qooperatiim iirh theee fixed scales pro- Pntenied flee. 25.,

Eli

vide a web15 (see Fig. 7), and I provide guiding and advancing this web that it will present one of its l'aces adjacent one of tho fixed scales and its op posite face adjacent to the other fixed scale; and I provide numbers 16 on one or the faces of the web and other numbers 17 on the other face; these numbers coiiiperate respect vely with th price scales. When the indicating mechanisn'i is in its zero position substantially all. of this web wrapped upon a drum l8 (see Fig. '7), said drun'i be his! provi-tled with an internal coiled spring it; which resists the rotation of the drum by 8 16 web when it is being drawn off and w; upped upon a takeaip roller 20, thereby maintaining tension in the web. This spring is th means which I prefer to employ for rclurning the indicating mechanism to its zero position. lihcels are provided with which are ass oelated indicating means for indicating the nuu'iber of yards and :t'ractions thereof which have been passed over the measuring roller, w ."e the members 16 and 17 indicate the cost of any predetermined number of Yards as indicated on the scales l3 and 14;. 'l hr-se wheels may be provided for this pur with numbers on their faces so that they, timnselves, constitute indicating whcnls. The yard fraetion indicating wluzel moves w th and at the same speed as the take-up roller :20, while the other indicating wheel r 1* tes at a slower rate, that to say, it is preferably advanced through a partial revolutum at the expiration of/bach complete revolotion of the fraction indicating wheel. In order lo accomplish this I provide the shaft '5')" it the take-up roller with a. wheel 21. i Fig! which carries fractional numbers preferably placed upon a number wheel which rigid with the wheel 21. These IlillllJQTFl indicate yard fractions ascending h.- tbs of a yard. Opposite the wheel 2: I rovide second wheel 24 wlnch may b driven in any manner, but is preferably d iven directly from the wheel 21 by a locking connection, operating sautl-u such. l. as to advimco the wheel 21' with a step by step movement, the sandy wheel ":2 being held against rotation between the int" .uts of advance. For this purpose Iprt er to employ the well known Geneva stop movement such as that indirated in Fig. 4, that is to say, I provide the wheel 21 with a tooth 25 which at each revolution engages with one of a plurality of oooperatiilg notches or tooth. spaces :26 on the wheel 24; between the tooth spaces 26 the periphery of the wheel 24; is formed into a plurality of enlarged teeth 2? with concave outer faces 12R which fit against the hery 9 of the wheel 21 to lock 'ust rotation except at the '7. it 1s being advanced by the visible through windows 23 and ill, (see Fig. 1). In order to drive the web, and the nunrber wheels 23 and 31, from the measuring roller 1 provide driving ll'lGCllzll'llSll'l (see Fig. 4); this mechanism is preferably :on

structcd so as to enable it to be disconmzrted when desired from the measuril ig roller o permit. the sprin 1!) to return the indicat ing mechanism to its zero position. For this purpose the shaft 32 of the measuring roller carries a pinion 33 which meshes with a gear wheel 34 mounted on a shifting plate 35, and this gear wheel normally meshes with Agear Wheel 36 constituting part of a geapgtrain 37 which multiplies the movement and rotates a driving pinion 38 which meshes with a gear wheel 39, rigid on the shaft 20 of the take-up roller. This gear wheel 39 is preferably torn'icd as a disk rigid with and substantially constituting part of the aforesaid Wheel 21.

I provid mechanism coiiperafing with tlu: wheels 21 and 211. which operates in such a way as to hold the indicating mechanism normally in its zero position, but which is constructed in such a way as to permit the forward. rotation of the wheels 21 and 24. For this purpose I provide a movable member 40 (Fig. which is controlled by the wheel. 2% and which is provided with detent means for stopping the fraction wheel 21 in its zero position in the return movement. This movable member audits relation to the wheels 21 and 24 is clearly shown in Fig. 5, it being understood, however, that the wheels 21 and 24 are actually located. in front of the movable member 40 for which reason they are'represented in dotted outlines. This movable member a0 is prefer Hill) in the form of a slide, one end of which PltTi'lflQfl with a slot .41 guided on the shaft of the take-up roller. The other end of the slide is provided with an enlarged slot 4-2 which is guided on a block 4.3 mounted on the face of a vertical frame plate 44 which supports all of these parts. This block .4.3 is held in place by a screw 45, and th edge. of. the block is provided with a notch 4?, to engage over a rectangular neck 47 which forms an extension from the shaft 18 of the drum 18 thereby holding this shaft or arbor 18. fixed. I also provide a fixed Stud 48 which projects outwardly from the" plate 44. through the slot 42 and this stud forms a pivot for the wheel 24, the same being secured to the stud by a suitable screw 49. i

The movable member carries a (let-cut measuring roller by 50, and the wheel 21, that is to say, its rigid counterpart, namely, gear Wheel 39 cooper ates with this detent in such a way that in the'positio'n oi the movable member shown in Fig. 5, the detent steps or holds the wheel 21 in its zero position. Furthermore, the wheel 24 and the movable member cooperate in such it way that the wheel 2% normally holds the movable member in this position. -For this purpose the wheel (Fig. 6) is provided with a stop or stop-pin 51 adapted to engage the detent during a backward rotation of the wheel 21. In addition to this, the wheel 2% is provided with a dog 52 (Figs. 5 and 6) which, when this wheel is in its zero position, engages one side of a projection 53 on the movable member 4C0.- Now, it will be evident that when the machine commences to measure, just before the wheel 21 has completed one revolution its tooth will engage with the wheel 24 and commence to rotate it in a. left hand direction, as viewed in Fig. This will cause the dog 52 to withdraw from the projection 53 and thereby permit the movable member 40 to shift toward the left. This shifting movement may be produced by any suitable means; for fexan'iple, a spring 54. Evidhntly this spring will cause the projection 53 to follow the dog, and this movement will be sullicient to move the detent 50 out of the path of the stop 51; hence the wheel ill may then make successive revolutions in a forward direction, that is to say, it may revolve continuously forward in the indicating movement.

After the ope'zitor ot the machine has noted the amount of cloth measured and the charge to be made for the same, he disengages the indicating mechanism from the depressing the shifting plate (Fig. 4:). This he nccoi'nplishes simply by pressing down on the thumb-plate at the end of the shifting plate. The spring 19 of the drum 18 will then rotate the drum in a right hand direction to rewind the web upon it, and the web will rotate the take-up roller and the wheels '21 and in a backward direction. During this return movement it will be evident that the wheel 24} will arrive at its zero position before the wllecl 21 arrives at its zero position; now, when the wheel 24 arrives at its zero .position the dog engages the projection and forces the movuble member 40 toward the right as viewed in Fig. 5, extending the spring 5%, and pushing the detent 50 into the path of the stop 51; in this way the detent 50 will stop the wheel "21 also in its. zero position.

In order to prevent giving a shock to the indicating mechanism when the ,lt lll'lllireaches the limit or measuring capacity of its indicating movement, 1 provide for directly arresting the rotation oiv the measuring roller, and I prefer to accomplish this through the agency of the wheel This is most advantageously cll'ccl'cd through the medium of the movable member or slide 4:0. For this purpose I provide a, stop device in the form of a stop lever (see Fig. 5), the lower end of which lies near the periphery oia stop disk 56 rigidly secured to the shaft $2 of the measuring roller, said disk having a shoulder 5? in its edge. The lever 55 is normally-held away from the edge of the disk by a spring 58. The lever also presents an upwardly extending short arm or tail 59 which may be engaged and actuated by the slide 40. This actueting engage ment is preferably eii'ected through the medrum of a yielding connection comprising a pivoted rocking-toe which is impelled in one direction by u spring (ll attached on the slide 40. lv'hen the doglif withdraws from the projection 53 in tlie cmumcncement of an indicating movement this rockii'ig-toe 60 engages the lever 55, but as the spring 5st 15 relatively weak, the result that the lever simply stops the slide in this position without overcoming the spring 58 or moving the lever 55. But when the capacity of the machine has been reached in the indicating movement, the dog will. give the movable member a further movcmeutnnd thereby actuate the lever to sto e the measuring roller. This further nmvemcnt will be produced by reason of the fact that at the end of the indicating movement (it continued to the full capacity of the instrument,) the dog 52 will engage the projection 53 on its other side and give the slide *l-O a further movement to "11rd the left. In this connection, it should be understood that the spring 19 of the drum 18 is relatively strong, suflicicntly so to overcome the spring 58, and hence when the slide is moved toward the left by the dog the lever will be moved over against the edge of the disk and into the pathof the shoulder 57, thereby arresting the measuring roller. The purpose of the yielding; connection, including the spring 6]., is to facilitate the cooperation of the slide with the lever and the disk 56 and to enable the same tocoope ate without :1 shock. For it will be evident that by reason of the spring (31 the lever 55 will be held uoninst the edge oi the disk 56 by yieldingspring; pres-mire and the cum-actioi'i of the edge of the dish 56 will not tend to. produce any sliding i'uovcment in the plate 40. In other words, any movcment of this kind will be absorbed by the flexible connection (it) and will not be imported. to the slide itself. To express this mode of operation in another way, it mav be said that the dog in shoving the pro jection 03 toward lhc left, eil'ccts an onr ahement between the rocking-toe (i0, anchthe arm 59 of the stop lever, and at the same v 1. to store u p energy in it in such it wa but the sprin (Bl theimi'lter operutehto l the lever against the edge oil the di. until it stops the rotartion oi" the dish end the measuring roller.

In ordbr to ma l: the edge oi the goods ut the poi ut where it is to be cut oil utter being measured, the .iuuchiue is provided with a movable knife 32. (see .l ig. which is pivoted so that its-i cutting; edge U? will coopei ate with u. lined hlmlc or iiuilo li-l and urrun 'ed in such a way that the blade (5:? rorr illy held up by u spring; ea. The cutting blade (ii may be depressed when desired by menus oli' :1 thumb plate hi3 curried by its outer end and projecting; to the exterior through it curved slot 6? in the side of the case.

The generul mode oi L)p(1'2ll,l0ll of the completemuchine will now be briei'ly stated.

li heu the cloth being measured is; passed through the imichiue it rotates the measuring roller which is of u 'n'edetermined. diameter, and this operates through the gear wheels 33 and iii-l: also to import corresponding; rotation to the shu'l't iii) oi the take-up roller 2t rot ling: the illliU-lli) roller in u left hi; i (lHL'Ll'lillL as viewed in Fig '7, and thereby whipping the web onto the titlifl' up roller and umriiiding it from the drum.

18 upon which the web normally coiled.

The web bears numbers: on both of its face; so that us thrweo udvi c one of the tacos of the web will be exposed adjacent to the scale 13 while the other is exposed adjacent the other lined scale i l:w As the mezmuring operation 'ilzllitH plus the number wheel 23 rotates; with the hike-up roller so as to indicute ifrz :tioue ol' yards; oi the cloth passed through the machine At each complete revolution of the number wheel the nuur ber wheel 3i is idrumed tl'irough a partial revolution so that llilr; wheel operates to count the number ot complete revolutions oi? the 'ructiim wheel :33 and the web ind.i notes whole or muy be the cost 01" the numher of yards:

and i' IlAUJtlOli ot yards; indicated, tor the dill-(went rates iruilicutcd on the scales 13 end 1i llence the machine simultuneously computes the cost of any length, the measurement or which it indicutes.

In the position of the ports shown in Fii 5, the pull oi. the drum spring 19 holds the stop 51 against the detent 50. When the indicating movement commences, the wheel 21 rotates in. or right hand direction as viewed in Fig. 5 and before this wheel has mud-e a complete revolution its tooth 525 ro-- totes the wheel in a lefthund direction. AS the Wheel 534': rotates in this way the dog 52 moves with m i'vithdriiwiug from the projection 53 on sliiile i0, and cuiisingthe spring 54: to more slide l0 toward the left;

this mores deteut 50 out of the path of the siop 51 and permits the wheel 21 to make :ulccersfivc revolutions in a forward direction. The spring Til will pull the slide ll) over until the rocking toe (1U strikes the arm 59 or lever 55 but it will not operate lever 55 because the spring lib Stl'OHXH' than the. spring iii-ll When the desired amount of cloth has been measured and cut oil, the 0pernlor then depresses shitting plate (Fig. l} which disengugcs the driving" mechanism 'l'ron'i the measuring roller. The drumi-apring 19 then rotate the tuke-up roller in a reverse direction so as to wind the web :lrom it back onto the takeup roller. and causing the wheel 21 to rotate buclnvurdly, this bucluvurd rotation being communicated to the wheel Just as the wheel 24 urrives at its zero position the dog engages the projection 53 and moves the slide toward the right so that the detent comes into the path of the stop 51 thereby stopping and holding the wheel 21 and the web 1.5 in their zero positions.

At the limit of the measuring capacity of the nuichine the dog 52 "will have moved around with wheel 24, and urriveill at the right side of the projection 53, as viewed in Fig. 5, and then engages and moves the slide l0 toward the left. In this moveiiuent the rocking too (30 :ictuates the lever so :is to more its end over against the disk 56 and into the path of shoulder 57, thereby slopping the rotation of the measuring roller.

It mulerstood that the embodiment of the invention described herein only one of the many embodiments my invention may take Whut I claim is:

1., In a machine of the class described, the combination of a wheel mounted to make successive revolutions, 21 second wheel driven by said first named wheel through a partial revolution, M3 each revolution of said first named wheel, indicating means associated with said wheels, means for rotating said wheels buclrwardly to return the same to their zero position, a movable member having- :1 detent adjacent said fiut named Wheel, said first named Wheel lmvinfg u cooperating part to engage said detent to stop said first named wheel in its zero position in its re-- turn movement and means for controlling said movable member by said second named wheel to shift said detent out of the path of said coi'iperuting part and thereby permit continuous forward revolutions of sold first named Wheel during the indicating movement.

2. In a machine of the class described, the con'ibinution of a Wheel mounted to make euecessive revolutions, 21 second wheel mounted to be rotated through, a partial revolution at each revolution of said first named wheel, indicating means c0ntr0lled messes by said Wheels, means for rotating said Wheels loackwardly to return the same to their zero position, a movable member hav' ing a de'teut for engaging said first named wheel to stopthe some, said second nan'ied wheel having means operating when said second named wheel is in its zero position, to engage said a orable member and hold the same with said detent m a position to stop said first named wheel in its zero position, and operating to permit a shifting moveinetot of said movable member when said second named wheel moves y from its position and ther by shii t said (letent from its engagement with. said first named wheel to permit continuous forward remlu'tions of said t named wheel.

In a machine of the class described, the citinibinution of a wheel mounted to make successive rcvohuions, a second wheel mounted to be rotated through a partial resolution at each re\-'olutio:u of said first named wheel, indicating means controlled by said '\r.-'ieels, means for rotating said wheels bacxwardly to return the same to their ZEIO position, said lirsl, named wheel having a stop therelqion, a slide leaving a detent for engaging said stop, to stop the said ih'st named Wheel in its Zero position,

a dog on said second named wheel, for enr gaging said slide when said second nzuued Wheel returns to its zero position to hold said detent in the path of said stop, and means for moving said slide when sold second named wheel moves inwardly from its zero position to shift said detent out of the path of said stop and thereby permit continuous forward revolutions of said first named wheel.

2. in 21 measuring and computing ma chine, the combination of a wheel mounted to make successive revolutions, a second Wheel driven by said first nan'lod wheel through a partial revolution at each revolution of said first named wheel, a measuring roller mounted to be rotated by the goods passeddhrough said machine, means for driving said wheels from said measuring roller, indicating means controlled by said Wheels, means for rotating said wheels back- Wardly to return the same to their zero position, a movable member having a detent adjacent said first named wheel, said first named wheel having a cooperating part to engage said deteut to stop said first named wheel in its zero position, and m ions for controlling said movable member to shift said cletent out ofthe path of said cooperatiug part when anl indicating movement occurs, and thereby permit continuous forward revolutions of said first named wheel during the indicating movement.

5. In a measuring and computing machine, the combination of a. wheel mounted to make successim revolutions, a second wheel mounted to be rotated through a partial revolution at each revolution of said first named wheel, indicating means con trolled by said wheels, means for rotating said wheels backwardly to return the same to their zero position, a measuring roller mounted to be rotated by the goods passed through said machine, means for driving said wheels from said measuring roller, a.

slide having a detent, said first named Wheel shift said detent out of the path of said stop to permit continuous forward revolutions of said first named wheel during the indicating movement.

6.111 a measuring and computing machine, the Combination of a n'ieasuring roller mounted so as to be rotated by the goods passed through the machine, a wheel mounted to make successive revolutions, a second wheel i'nounted to be rotated through a partial l'G"Oll1l;lOIL,2t each revolution of said first named Wheel, means for driving said wheels by said measuring roller, indicating moans controlled by said Wheels, means for rotating said wheels backwardly to return the same to their zero position, a movable member having a detent; for engaging said first named wheel when in the zero position, said second named Wheel having means operating when it is in its zero position for engaging said movable member to hold said deteut in position to stop said first named Wheel in its zero position, said second named wheel operating to permit a shifting movement of said movable member when said second named wheel rotates forwardly from its Zero position, means for moving said movable member thereafter to shift said dotent out of engagement with said first named wheel and thereby permit continuous forward revolutions of said first named wheel, and stop-device controlled by said second named wheel forarresting said measuring roller at the limit of the indicating: ju'ioveu'u-rnt of the machine.

7. In a measuring -and computing n1achine, the combination of, a itneasurinp roller mounted so as to berooated by the goods passed through the mochhie, a wheel i'nouuted to make successive revolutions, a second wheel mounted to be rotated through a partial revolution at each revolution of said first named Wheel, means for drlvnu sold wheels by said measuring roller, indicating means controlled by said wheels, means for rotating said wheels backwardly to return them to their zero position, a movable memher having a detent for engaging said first named wheel to stop the same at 'ZQIO, said second named wheel having means for engaging said movable member for normally holding said movable member with said detent in a position to stop said first named wheel in its zero position in its return move IE'lQTlt, said second named wheel operating to permit a shifting movement of said movable member when said second named wheel. to tates forwardly from its zero position, means for moving said movablemember thereafter to shift said detent from engagement with said first named wheel, and tl'lereby permit ctmtinuoiis forward revolutions of said first named wheel, a stop member, means rotating with said measuring roller to cooperate with said stopmmmber to arrest said measuring roller, and means actuated by said second named wheel and said movable member for yieldingly moving said stop-member into engagement with said last named means to arrest the measuring roller at the limit of the indicating movement of the machine.

8. In a measuring and computing machine, the combination of a measuring roller mounted so as to be rotated by the goods passed through the i'nachine, a wheel mounted to make successive revolutions, a second wheel diiven so as to rotate at a slower rate than said first named wheel, means for driving said wheels by said measuring roller, indicating means controlled by said wheels, means for rotating said wheels bacluvardly to return the same to their more position. a movable n'iember having a detent for engaging said first named wheel to stop the same at zero, said second named wheel having a dog for engaging said movable member to hold said movable member with said detent in a p0sition to stop said first named wheel in its zeroposition in its return movement, said second named wheel operating by the withdrawal of said dog to permit a shifting movement of said movable member when said second named wheel rotates forwardly from its. zero position, means for moving said movable member thereafter in a direction to follow said dog and shift said detent, thereby permitting continuous for ward revolutions of said first named wheel, a stop device to" arresting said measuring roller, said dog operating to move said. movable member at the limit of the indicating movement of the machine. said movable: member, when so moved, operating to actuate said stop device and arrest said measurinn roller.

9. In a measuring and computing machine, the combination of a measuring roller mounted as to be rotated by the goods passed through the machine, a wheel mounted to make saiccessive revolutioi'is, a second wheel driven so to rotate at a slower rate than said first inuned wheel,

means for driving said wheels by said measuring roller, indicating means con trolled by said wheels, means for rotating said wheels backwardly to return the same to their zero position, a slide having a do '75 tent, at stop on said first named wheel to en'- gage said detent, said second named wheel having a dog for engaging said slide to hold said slide with its detent in a I osition to engage said stop when said secont named wheel is in its zero position and thereby hold said tirst named wheel in its zero position, said second named wheel operating by the withdrawal of said dog in its forward movement to permit a shifting movement of said slide, a spring for moving said slide thereafter in a direction to follow said dog and shift said detent, thereby permitting continuous forward revolutions of said first named wheel, a stop device for arresting 9 said measuring roller, said dog operating to move said slide at the limit of the indicating n'iovcment of the machine, to actuate said step device and arrest said measuring roller.

10. In a measurin and com utin ma- 9 chine, the combination of a measuring roller mounted so as to be rotated by the goods passed through the machine, a -wheel mounted to make successive revolutions, a

second wheel 2t driven so as to rotate at a slower rate than said first named whee], means for driving said wheels by said means uring roller, indicating means controlledby said wheels, means for rotating said wheels bacluvardly to remrn the same to their zero position, a slide having a detent, a stop on said first named wheel to engage said. deteut, said second named wheel having a dog, said slide having a. projection engaged on one sideby said dog to hold said slide with said detent in a position to engage said stop when said second named wheel is in its Zero positiom and thereby hold said first named wheel in its zero position, said second named wheel operating when rotated .t'ornardly, to Q15;

withdraw said dog from said projection to permit a shifting'movemcnt of said slide, a spring fOILJDOVlHg'StLld slide thereafter in a direction to follow said dog and shift said detent, thereby permitting continuous forward revolutions of said first named wheel, said dog operating thereafter at the'limit of the indicating movement to engage said projection on its opposite side to give said slide a further movement, and a, stop device 25 j actuated by the said further movement of said slide to arrest said mt asuring roller,

l1. In a measuring machine, the combination of a fixed scale, a web guided past said fixed scale, a take up r ller f winding up said web to advance the same past said scale, a measuring roller, means for rotat ing said take-up roller thereby, a wheel mounted to rotate with said measuring roller, a second wheel driven. from said first named wheel through a partial revolution at each complete revolution of said first named wheel, said wheels having an interlocking driving connection for holding said second named wheel fixed against rotation during the intervals between the moments of complete revolution of said first named wheel, and a number Wheel carried by said second named wheel for indicating the number of revolutions of said first named wheel, said web bearing numbers visible with corresponding numbers on said wheels to indicate the cost of a quantity of goods indicated by said wheels at the difi'erent prices per unit indicated on said fixed scale.

12. In a measuring machine, the combination of a fixed scale, a web bearing numbers and guided past said fixed scale, a take-up roller for winding up said web to advance the same past said scale, a measuring roller, means for rotating said take-up roller thereby, a wheel mounted to rotate at the same speed as said take-up roller, a second wheel, said wheels having a Geneva stop-movement connection operating to advance said second named wheel through a partial revolution at each complete revolution of said first named wheel, a number wheel carried by said second named wheel for indicating the number of revolutions of said first named wheel, means for rotating said take-up roller and said wheels backwardly to return the same to the zero position, a movable member having a detent cooperating with said first named wneel to stop the same in its zero position in its return movement. said second named wheel having means for controlling said movable member to cause said detent to move when saidsecond named wheel rotates forwardly from its zero position to permit continuous forward revolutions of said first named wheel.

13. In a measuring machine, thecon'ibination of a fixed scale, a web guided past said fixed scale, a take-up roller and a drum upon which said web is wrapped for guiding and advancing the said web past said scale, a wheel mounted to rotate with said take-up my hand,

goods indicated by said wheels at the difi'erent prices per unit indicated on said fixed scale, and means for rewmding the web upon said drum to returnsaid web and said Wheels to their zero position.

14. In a machine of the class described, the combination of a wheel mounted to make successive revolutions, a second wheel mounted to be rotated through a partial revolution at each revolution of said first named wheel, indicating means controlled by said wheel, a detent adjacent to said first named wheel and cooperating therewith to stop said first named wheel in its zero position, means for returning said wheels to their zero position and means for controlling said detent by said second named wheel to shift said detent and thereby permit successive forward revolu tions of said first named wheel during the indicating movement.

15. In a machine ofthe class described, the combination of a wheel mounted to make successive revolutions, a second wheel mount ed to be rotated through a paltial revolution at each revolution of said first named wheel, indicatin means controlled by said wheels. means to! returnin said wheels to their zero position, a mova le member hav ing a detent adjacent said first named wheel, said first named wheel having a cooperating partnormally engaging said detent to hold said first named wheel in its zero position and means for controlling said movable member by said second named. wheel to shiftsaid detent out of the path of said cooperating part to permit successive forward revolutions of said first named wheel during the indicating movement. i

In testimony whereof, I. have hereunto Set WALTER n. HOSCH. 

